- abort() - Method in class jargon.Operator
-
call the native ABORT: operator.
- abs(Complex) - Static method in class jargon.Complex
-
Returns the absolute value (modulus) of a Complex, |z|.
- aca - Variable in class jargon.Mccg
-
set to true/false to activate/desactivate the
ACA preconditioning of inner iterations in case where a transport
solution is selected.
- acos(Complex) - Static method in class jargon.Complex
-
Returns the inverse cosine (arc cosine) of a Complex,
with branch cuts outside the interval [-1,1] along the
real axis.
- acosh(Complex) - Static method in class jargon.Complex
-
Returns the inverse hyperbolic cosine (arc cosh) of a Complex,
with a branch cut at values less than one along the real axis.
- acosh(double) - Static method in class jargon.Sfun
-
Returns the inverse (arc) hyperbolic cosine of a double.
- actionPerformed(ActionEvent) - Method in class jargon.JargonFrame
-
implement ActionListener interface.
- actionPerformed(ActionEvent) - Method in class jargon.ServerFrame
-
implement ActionListener interface.
- add(String) - Method in class jargon.ThreadPool
-
add a new server to the ThreadPool object.
- adi - Variable in class jargon.Flux
-
number of alternating direction implicit (ADI) inner iterations per
outer iteration.
- adjoint - Variable in class jargon.Flux
-
set to true to compute both the direct and adjoint fluxes.
- albedo - Variable in class jargon.Gigogne
-
geometric albedo corresponding to each side
- alias - Variable in class jargon.Composition
-
single Composition used to make the mixture/material/medium.
- argument(Complex) - Static method in class jargon.Complex
-
Returns the argument (phase) of a Complex, in radians,
with a branch cut along the negative real axis.
- asin(Complex) - Static method in class jargon.Complex
-
Returns the inverse sine (arc sine) of a Complex,
with branch cuts outside the interval [-1,1] along the
real axis.
- asinh(Complex) - Static method in class jargon.Complex
-
Returns the inverse hyperbolic sine (arc sinh) of a Complex,
with a branch cuts outside the interval [-i,i].
- asinh(double) - Static method in class jargon.Sfun
-
Returns the inverse (arc) hyperbolic sine of a double.
- Asm - Class in jargon
-
The Asm operator produces a Jlcm object containing the multigroup collision
probability matrices or multigroup information required by the iterative
flux solution.
- Asm(String, String) - Constructor for class jargon.Asm
-
Use this constructor to create an Asm object of specific type.
- atan(Complex) - Static method in class jargon.Complex
-
Returns the inverse tangent (arc tangent) of a Complex,
with branch cuts outside the interval [-i,i] along the
imaginary axis.
- atanh(Complex) - Static method in class jargon.Complex
-
Returns the inverse hyperbolic tangent (arc tanh) of a Complex,
with a branch cuts outside the interval [-1,1] on the real axis.
- atanh(double) - Static method in class jargon.Sfun
-
Returns the inverse (arc) hyperbolic tangent of a double.
- Autop - Class in jargon
-
The Autop operator is used to compute the self-shielding effects on the
microscopic cross sections.
- Autop(String, String) - Constructor for class jargon.Autop
-
Use this constructor to create a new Autop object.
- chain - Variable in class jargon.Microlib
-
radioactive/burnup decay chain.
- Cle2000 - Class in jargon
-
Call a parametrized Cle2000 procedure.
- Cle2000(String) - Constructor for class jargon.Cle2000
-
use this constructor to create a new Cle2000 object
- Cle2000(String, int) - Constructor for class jargon.Cle2000
-
use this constructor to create a new Cle2000 object
- Cle2000(String, Lifo) - Constructor for class jargon.Cle2000
-
use this constructor to create a new Cle2000 object with an embedded Lifo stack
- Cle2000(String, int, Lifo) - Constructor for class jargon.Cle2000
-
use this constructor to create a new Cle2000 object with an embedded Lifo stack
- clone() - Method in class jargon.Composition
-
implementation of the Cloneable interface.
- clone(String) - Method in class jargon.Composition
-
create a clone of a Composition object and rename it.
- clone() - Method in class jargon.Composition.CompoInner
-
- clone() - Method in class jargon.Isotope
-
implementation of the Cloneable interface.
- close(String) - Method in class jargon.Jlcm
-
Close a Jlcm object.
- comment - Variable in class jargon.Compo
-
user-defined comment
- Complex - Class in jargon
-
This class implements complex numbers.
- Complex(Complex) - Constructor for class jargon.Complex
-
Constructs a Complex equal to the argument.
- Complex(double, double) - Constructor for class jargon.Complex
-
Constructs a Complex with real and imaginary parts given
by the input arguments.
- Complex(double) - Constructor for class jargon.Complex
-
Constructs a Complex with a zero imaginary part.
- Complex() - Constructor for class jargon.Complex
-
Constructs a Complex equal to zero.
- Compo - Class in jargon
-
The Compo operator is used to create or feed a multi-parameter
reactor database containing the information required by the
few-group diffusion (or simplified Pn) calculation.
- Compo(String) - Constructor for class jargon.Compo
-
Use this constructor to create a new Compo object.
- Composition - Class in jargon
-
This class defines the physical properties of a single medium,
as required in a lattice calculation.
- Composition(String, String) - Constructor for class jargon.Composition
-
use this constructor to define a composition with a specific type.
- Composition(String) - Constructor for class jargon.Composition
-
use this constructor to define a composition of type "medium".
- composition - Variable in class jargon.Composition.CompoInner
-
the component is a composition.
- Composition.CompoInner - Class in jargon
-
This class defines a single mixture/material/medium component.
- Composition.CompoInner() - Constructor for class jargon.Composition.CompoInner
-
- ComputationalScheme - Class in jargon
-
This abstract class is intented to be subclassed into a specific
computational scheme.
- ComputationalScheme(String) - Constructor for class jargon.ComputationalScheme
-
Use this constructor to create a new ComputationalScheme object.
- concentration - Variable in class jargon.Composition.CompoInner
-
concentration of the component.
- cond - Variable in class jargon.Edition
-
array of increasing energy group limits that will be associated with
each of the ngcond condensed groups.
- conjugate(Complex) - Static method in class jargon.Complex
-
Returns the complex conjugate of a Complex object.
- copy(String) - Method in class jargon.Jlcm
-
Deep copy of a dictionary- or list-type Jlcm object into a memory-resident
Jlcm object.
- copy(String, int) - Method in class jargon.Jlcm
-
Deep copy of a dictionary- or list-type Jlcm object into a memory-resident
or persistent Jlcm object.
- corn - Variable in class jargon.Excell
-
maximum distance (cm) between a line and the intersection of n >= 2
external surfaces where track redistribution will take place.
- corr - Variable in class jargon.Isotope
-
set to true to compute the mutual resonance shielding
effects with respects to other isotopes sharing the same inrs
instance variable.
- cos(Complex) - Static method in class jargon.Complex
-
Returns the cosine of a Complex.
- cosh(Complex) - Static method in class jargon.Complex
-
Returns the hyperbolic cosh of a Complex.
- cosh(double) - Static method in class jargon.Sfun
-
Returns the hyperbolic cosine of a double.
- cot(double) - Static method in class jargon.Sfun
-
Returns the cotangent of a double.
- ctra - Variable in class jargon.Macrolib
-
type of transport correction that should be generated and stored on
the embedded LCM structure.
- ctra - Variable in class jargon.Microlib
-
type of transport correction.
- cut - Variable in class jargon.Excell
-
maximum error allowed on the exponential function used for specular
collision probability calculations.
- cylinder - Variable in class jargon.Sybil
-
type of cylinderization for approximations "ROTH" and
"ROT+".
- ecco - Variable in class jargon.Asm
-
set to true to compute the P1-scattering reduced collision
probability or system matrices required by the ECCO isotropic
streaming model.
- edit - Variable in class jargon.Operator
-
user-defined edition index.
- Edition - Class in jargon
-
The Edition operator is used to perform homogenization and/or
condensation of multi-region/multigroup information with the
optional use of a superhomogenization (SPH) model.
- Edition(String) - Constructor for class jargon.Edition
-
Use this constructor to create a new Edition object.
- end() - Method in class jargon.Operator
-
call the native END: operator.
- energy - Variable in class jargon.Macrolib
-
energy (eV) array which define the limits of the groups
(ngroup+1 elements).
- eps - Variable in class jargon.Autop
-
convergence criterion for the self-shielding iteration.
- eps1 - Variable in class jargon.Evo
-
tolerance used in the algorithm for the solution of the depletion
equations.
- eps2 - Variable in class jargon.Evo
-
tolerance used in the search algorithm for a final fixed power.
- epsilonLARGE - Static variable in class jargon.Sfun
-
The largest relative spacing for doubles.
- epsilonSMALL - Static variable in class jargon.Sfun
-
The smallest relative spacing for doubles.
- epsObj - Variable in class jargon.Operator
-
embedded Encapsulated Post Script (eps) file object
- equals(Complex) - Method in class jargon.Complex
-
Compares with another Complex.
- equals(Object) - Method in class jargon.Complex
-
Compares this object against the specified object.
- erf(double) - Static method in class jargon.Sfun
-
Returns the error function of a double.
- erfc(double) - Static method in class jargon.Sfun
-
Returns the complementary error function of a double.
- Evo - Class in jargon
-
The Evo operator is used to compute and record the isotopic depletion
history of the materials present in the domain.
- Evo(String) - Constructor for class jargon.Evo
-
Use this constructor to create a new Evo object.
- Excell - Class in jargon
-
The Excell tracking operator produces a Jlcm structure containing the
energy-independent numerotation information required to solve the
transport equation over a 2D or 3D domain using the method of
characteristics or the method of collision probability.
- Excell(String) - Constructor for class jargon.Excell
-
Use this constructor to create a new Excell object.
- except() - Method in class jargon.Jlcm
-
Cause an exception (used to debug XABORT in Java).
- exec(Macrolib, Tracking) - Method in class jargon.Asm
-
perform the assembly of the multigroup system matrices, as
specified by the instance variables of this object and using
cross sections recovered from a Macrolib object.
- exec(Microlib, Tracking) - Method in class jargon.Asm
-
perform the assembly of the multigroup system matrices, as
specified by the instance variables of this object and using
cross sections recovered from a Microlib object.
- exec(Autop, Tracking) - Method in class jargon.Asm
-
perform the assembly of the multigroup system matrices, as
specified by the instance variables of this object and using
cross sections recovered from an Autop object.
- exec(Microlib, Tracking) - Method in class jargon.Autop
-
create the embedded LCM structure and perform a resonance
self-shielding calculation.
- exec(Autop, Microlib, Tracking) - Method in class jargon.Autop
-
perform a resonance self-shielding calculation and update the
embedded LCM structure.
- exec(Gigogne) - Method in class jargon.Bivac
-
load the embedded lcmObj structure corresponding to this Bivac tracking.
- exec() - Method in class jargon.Cle2000
-
call the native CLE-2000 procedure using JNI
- exec() - Method in class jargon.Compo
-
initialize the LCM structure (database) embedded in this Compo object
- exec(Compo, Edition, Evo, Microlib) - Method in class jargon.Compo
-
add a new elementary calculation to the Compo Database
- exec(Compo, Edition, Evo, Autop) - Method in class jargon.Compo
-
add a new elementary calculation to the Compo Database
- exec(Compo, Compo) - Method in class jargon.Compo
-
catenate a Compo object into another
- exec(Flux, Macrolib, Tracking) - Method in class jargon.Edition
-
initialize the Edition operator and perform the actions specified
by its instance variables.
- exec(Edition, Flux, Macrolib, Tracking) - Method in class jargon.Edition
-
perform the actions specified by the instance variables of this Edition
object and update the embedded LCM structure.
- exec(Flux, Macrolib, Tracking, Gigogne) - Method in class jargon.Edition
-
initialize the Edition operator and perform the actions specified
by its instance variables in case where cond = "CELL" or
where sph is set.
- exec(Edition, Flux, Macrolib, Tracking, Gigogne) - Method in class jargon.Edition
-
perform the actions specified by the instance variables of this Edition
object and update the embedded LCM structure in case where cond = "CELL"
or where sph is set.
- exec(Flux, Microlib, Tracking) - Method in class jargon.Edition
-
initialize the Edition operator and perform the actions specified
by its instance variables.
- exec(Edition, Flux, Microlib, Tracking) - Method in class jargon.Edition
-
perform the actions specified by the instance variables of this Edition
object and update the embedded LCM structure.
- exec(Flux, Microlib, Tracking, Gigogne) - Method in class jargon.Edition
-
initialize the Edition operator and perform the actions specified
by its instance variables in case where cond = "CELL" or
where sph is set.
- exec(Edition, Flux, Microlib, Tracking, Gigogne) - Method in class jargon.Edition
-
perform the actions specified by the instance variables of this Edition
object and update the embedded LCM structure in case where cond = "CELL"
or where sph is set.
- exec(Flux, Autop, Tracking) - Method in class jargon.Edition
-
initialize the Edition operator and perform the actions specified
by its instance variables.
- exec(Edition, Flux, Autop, Tracking) - Method in class jargon.Edition
-
perform the actions specified by the instance variables of this Edition
object and update the embedded LCM structure.
- exec(Flux, Autop, Tracking, Gigogne) - Method in class jargon.Edition
-
initialize the Edition operator and perform the actions specified
by its instance variables in case where cond = "CELL" or
where sph is set.
- exec(Edition, Flux, Autop, Tracking, Gigogne) - Method in class jargon.Edition
-
perform the actions specified by the instance variables of this Edition
object and update the embedded LCM structure in case where cond = "CELL"
or where sph is set.
- exec(Microlib, Flux, Tracking) - Method in class jargon.Evo
-
initialize and execute the Evo operator and perform the actions
specified by the setSave(), setDEPL() and/or
setSet() methods.
- exec(Evo, Microlib, Flux, Tracking) - Method in class jargon.Evo
-
execute the Evo operator and perform the actions specified by the
setSave(), setDEPL() and/or setSet()
methods.
- exec(Autop, Flux, Tracking) - Method in class jargon.Evo
-
initialize and execute the Evo operator and perform the actions
specified by the setSave(), setDEPL() and/or
setSet() methods.
- exec(Evo, Autop, Flux, Tracking) - Method in class jargon.Evo
-
execute the Evo operator and perform the actions specified by the
setSave(), setDEPL() and/or setSet()
methods.
- exec(Gigogne) - Method in class jargon.Excell
-
load the embedded lcmObj structure corresponding to this Excell tracking.
- exec(Asm, Macrolib, Tracking) - Method in class jargon.Flux
-
execute the Flux operator for a transport tracking using a default
initial condition.
- exec(Flux, Asm, Macrolib, Tracking) - Method in class jargon.Flux
-
execute the Flux operator for a transport tracking using the flux embedded
in a as initial condition.
- exec(Asm, Microlib, Tracking) - Method in class jargon.Flux
-
execute the Flux operator for a transport tracking using a default
initial condition.
- exec(Flux, Asm, Microlib, Tracking) - Method in class jargon.Flux
-
execute the Flux operator for a transport tracking using the flux embedded
in a as initial condition.
- exec(Asm, Autop, Tracking) - Method in class jargon.Flux
-
execute the Flux operator for a transport tracking using a default
initial condition.
- exec(Flux, Asm, Autop, Tracking) - Method in class jargon.Flux
-
execute the Flux operator for a transport tracking using the flux embedded
in a as initial condition.
- exec(Macrolib, Tracking) - Method in class jargon.Flux
-
execute the Flux operator for a transport tracking using a default
initial condition.
- exec(Flux, Macrolib, Tracking) - Method in class jargon.Flux
-
execute the Flux operator for a transport tracking using the flux embedded
in a as initial condition.
- exec(Trivaa, Tracking, Macrolib) - Method in class jargon.Flux
-
execute the Flux operator for a Trivac tracking using a default
initial condition.
- exec(Flux, Trivaa, Tracking, Macrolib) - Method in class jargon.Flux
-
execute the Flux operator for a Trivac tracking using the flux embedded
in a as initial condition.
- exec(Gigogne) - Method in class jargon.G2s
-
compute and load the embedded file object containing the surfacic
elements
- exec() - Method in class jargon.Gigogne
-
load the embedded lcmObj object with the content of this Gigogne.
- exec(Gigogne) - Method in class jargon.Gigogne
-
load the embedded lcmObj object with the content of an existing
Gigogne.
- exec(Microlib) - Method in class jargon.Gigogne
-
load the embedded lcmObj object with the content of this Gigogne.
- exec(Macrolib) - Method in class jargon.Gigogne
-
load the embedded lcmObj object with the content of this Gigogne.
- exec(Gigogne, Microlib) - Method in class jargon.Gigogne
-
load the embedded lcmObj object with the content of an existing
Gigogne.
- exec(Gigogne, Macrolib) - Method in class jargon.Gigogne
-
load the embedded lcmObj object with the content of an existing
Gigogne.
- exec() - Method in class jargon.Macrolib
-
load the embedded lcmObj object with the content of this Macrolib.
- exec(Gigogne) - Method in class jargon.Mccg
-
load the embedded lcmObj structure corresponding to this Mccg tracking.
- exec() - Method in class jargon.Microlib
-
load the embedded lcmObj object corresponding to this Microlib.
- exec(Microlib) - Method in class jargon.Microlib
-
update the embedded lcmObj of an existing Microlib.
- exec() - Method in class jargon.Procedure
-
Default exec() method for debugging purposes.
- exec() - Method in interface jargon.ProcedureIntf
-
execute the procedure.
- exec() - Method in class jargon.RepriseProc
-
implementation of the RepriseProc procedure.
- exec() - Method in class jargon.SimpleCell
-
implementation of the computational scheme.
- exec() - Method in class jargon.SimpleCompo
-
implementation of the computational scheme.
- exec(Gigogne) - Method in class jargon.Sybil
-
load the embedded lcmObj structure corresponding to this Sybil tracking.
- exec(Macrolib, Tracking) - Method in class jargon.Trivaa
-
create a new embedded LCM structure and perform the assembly of
the multigroup system matrices, as specified by the instance
variables of this object.
- exec(Trivaa, Macrolib, Tracking) - Method in class jargon.Trivaa
-
recover the embedded LCM structure in an existing Trivaa object
and perform the assembly of the multigroup system matrices, as
specified by the instance variables of this object.
- exec(Gigogne) - Method in class jargon.Trivac
-
load the embedded lcmObj structure corresponding to this Trivac tracking.
- execNat(String, String, Jlcm[]) - Static method in class jargon.Operator
-
call the native operator using JNI
- executeProc(ProcedureIntf) - Method in class jargon.ProcServerImpl
-
this method is the only operation which can be performed
by the remote calculation engine.
- executeProc(ProcedureIntf) - Method in interface jargon.ProcServerIntf
-
execute a remote calculation on a server
- exp(Complex) - Static method in class jargon.Complex
-
Returns the exponential of a Complex z, exp(z).
- expm - Variable in class jargon.Evo
-
selection criterion for non-fissile isotopes that are at saturation.
- expor() - Method in class jargon.Jlcm
-
Serialize and save the object content on a sequential file.
- expor(String) - Method in class jargon.Jlcm
-
Serialize and save the object content on a sequential file.
- extr - Variable in class jargon.Evo
-
set to true to perform a linear extrapolation of the microscopic
reaction rates, using the available information preceding the initial
time xti.
- G2s - Class in jargon
-
The G2s operator produces a sequential file containing the list of
surfacic elements corresponding to a 2D arbitrary geometry.
- G2s(String) - Constructor for class jargon.G2s
-
Use this constructor to create a new G2s object.
- gamma(double) - Static method in class jargon.Sfun
-
Returns the Gamma function of a double.
- get(String) - Method in class jargon.Jlcm
-
Recover a daughter Jlcm object or an elementary block of information
from a dictionary-type Jlcm object.
- get(int) - Method in class jargon.Jlcm
-
Recover a daughter Jlcm object or an elementary block of information
from a list-type Jlcm object.
- getAccess() - Method in class jargon.Jlcm
-
Return the access type of a Jlcm object.
- getB2() - Method in class jargon.Flux
-
recover the buckling from the embedded LCM structure.
- getDirectory() - Method in class jargon.Jlcm
-
Return the name of the accessible directory of a dictionary-type
Jlcm object.
- getInsets() - Method in class jargon.JargonFrame
-
overrides getInsets() in class Container.
- getKeff() - Method in class jargon.Flux
-
recover the effective multiplication factor from the embedded LCM
structure.
- getLength() - Method in class jargon.Jlcm
-
Return the length of a list-type Jlcm object.
- getLrda() - Method in class jargon.Jlcm
-
Return the number of words in a record of a direct access-type Jlcm object.
- getMax() - Method in class jargon.Lifo
-
Gives the number of nodes in the lifo stack
- getName() - Method in class jargon.ComputationalScheme
-
return the user-defined name of the ComputationalScheme object.
- getName() - Method in class jargon.Jlcm
-
Return the name of the Jlcm object.
- getNumberOfJobs() - Method in class jargon.ThreadPool
-
return the number of jobs in the pool.
- getPool() - Method in class jargon.ServerFrame
-
return the ThreadPool object managed by this ServerFrame object.
- getType() - Method in class jargon.Jlcm
-
Return the type of the Jlcm object.
- Gigogne - Class in jargon
-
The Gigogne operator is used to create or modify a gigogne geometry.
- Gigogne(String, String, int[]) - Constructor for class jargon.Gigogne
-
Use this constructor to create a Gigogne object of a specified type.
- Gigogne.Bihet - Class in jargon
-
class used in the definition of double heterogeneity mixtures
- Gigogne.Bihet() - Constructor for class jargon.Gigogne.Bihet
-
- glob - Variable in class jargon.Evo
-
set to true to compute the burnup using the energy released in
the complete geometry.
- GoldsteinCohen - Variable in class jargon.Autop
-
set to true to activate the Goldstein-Cohen approximation in
cases where Goldstein-Cohen parameters are stored on the internal library.
- grmax - Variable in class jargon.Autop
-
last group index considered during the self-shielding process.
- grmin - Variable in class jargon.Autop
-
first group index considered during the self-shielding process.
- Macrolib - Class in jargon
-
The Macrolib operator is used to create a set of macroscopic cross
sections for all the mixtures present in the domain.
- Macrolib(String, int, int, int) - Constructor for class jargon.Macrolib
-
Use this constructor to create a new Macrolib object.
- main(String[]) - Static method in class jargon.ProcServer
-
main method for the server application.
- massDensity - Variable in class jargon.Composition
-
massic density of the material/medium.
- maxcal - Variable in class jargon.Compo
-
maximum number of elementary calculations to be stored in the Compo
object.
- maxj - Variable in class jargon.Sybil
-
maximum number of interface currents surrounding the blocks.
- maxr - Variable in class jargon.Tracking
-
number of computer words used in the dynamic allocation
algorithm of the tracking operator.
- maxz - Variable in class jargon.Sybil
-
maximum amount of memory required to store the integration lines.
- Mccg - Class in jargon
-
The Mccg operator is a specialization of the Excell tracking operator
used produces a Jlcm structure containing the energy-independent
numerotation information required to solve the transport equation over
a 2D or 3D domain using the method of characteristics MCCG of Igor Suslov.
- Mccg(String) - Constructor for class jargon.Mccg
-
Use this constructor to create a new Mccg object.
- medi - Variable in class jargon.Excell
-
option related to the choice of tracking angles.
- media - Variable in class jargon.Gigogne
-
Composition object containing an isotopic mixture associated with
each region inside the geometry.
- merge - Variable in class jargon.Edition
-
type of homogenization.
- merge - Variable in class jargon.Gigogne
-
array of numbers that associate a global sub-geometry or region
number with each sub-geometry or region.
- meshx - Variable in class jargon.Gigogne
-
spatial mesh defining the regions along the X-axis
- meshy - Variable in class jargon.Gigogne
-
spatial mesh defining the regions along the Y-axis
- meshz - Variable in class jargon.Gigogne
-
spatial mesh defining the regions along the Z-axis
- method - Variable in class jargon.Composition
-
type of relative fractions.
- micr1 - Variable in class jargon.Edition
-
automatic condensation of microscopic cross section information.
- micr2 - Variable in class jargon.Edition
-
condensation of microscopic cross section information for the
selected isotopes and for a macroscopic residual isotope.
- Microlib - Class in jargon
-
The Microlib operator produces a Jlcm structure containing the
microscopic cross section and library data required in a lattice
calculation.
- Microlib(String, String) - Constructor for class jargon.Microlib
-
Use this constructor to create a Microlib object of a specified type.
- Microlib(String) - Constructor for class jargon.Microlib
-
Use this constructor to create a Microlib object of undefined type.
- minus(Complex, Complex) - Static method in class jargon.Complex
-
Returns the difference of two Complex objects, x-y.
- minus(Complex, double) - Static method in class jargon.Complex
-
Returns the difference of a Complex object and a double, x-y.
- minus(double, Complex) - Static method in class jargon.Complex
-
Returns the difference of a double and a Complex object, x-y.
- minus(Complex) - Method in class jargon.Complex
-
Returns the difference of this Complex object and
another Complex object, this-y.
- minus(double) - Method in class jargon.Complex
-
Subtracts a double from this Complex and returns the difference, this-y.
- minusReverse(double) - Method in class jargon.Complex
-
Returns the difference of this Complex object and a double, this-y.
- mix - Variable in class jargon.Edition
-
array of homogenized region indices to which are associated the
isotopic mixtures.
- mix - Variable in class jargon.Gigogne
-
isotopic mixture index associated with each region inside the geometry (obsolete).
- mixs - Variable in class jargon.Microlib
-
array of Composition objects describing the medium-ordered information
required to recover and interpolate the microscopic cross section and
and library data.
- moc - Variable in class jargon.Mccg
-
type of quadrature used to perform polar integration with the method
of characteristics.
- passes - Variable in class jargon.Autop
-
the number of outer iterations during the self-shielding process.
- plus(Complex, Complex) - Static method in class jargon.Complex
-
Returns the sum of two Complex objects, x+y.
- plus(Complex, double) - Static method in class jargon.Complex
-
Returns the sum of a Complex and a double, x+y.
- plus(double, Complex) - Static method in class jargon.Complex
-
Returns the sum of a double and a Complex, x+y.
- plus(Complex) - Method in class jargon.Complex
-
Returns the sum of this Complex and another Complex, this+y.
- plus(double) - Method in class jargon.Complex
-
Returns the sum of this Complex a double, this+y.
- plusReverse(double) - Method in class jargon.Complex
-
Returns the sum of this Complex and a double, x+this.
- pnor - Variable in class jargon.Asm
-
type of numerical technique used to normalize the collision, leakage
and escape probability matrices.
- pop() - Method in class jargon.Lifo
-
Pop the node on top of the Lifo stack.
- pow(Complex, double) - Static method in class jargon.Complex
-
Returns the Complex z raised to the x power,
with a branch cut for the first parameter (z) along the
negative real axis.
- pow(Complex, Complex) - Static method in class jargon.Complex
-
Returns the Complex x raised to the Complex y power.
- Procedure - Class in jargon
-
This is an asynchroneous class intented to be subclassed into a user-defined
procedure written in Java or in CLE-2000.
- Procedure() - Constructor for class jargon.Procedure
-
- ProcedureIntf - Interface in jargon
-
Interface implemented by the Jargon procedures.
- ProcServer - Class in jargon
-
This class provides the server capabilities required by the
Remote Method Invocation (RMI) mechanism.
- ProcServer() - Constructor for class jargon.ProcServer
-
- ProcServerImpl - Class in jargon
-
Implementation of the remote calculation engine.
- ProcServerImpl() - Constructor for class jargon.ProcServerImpl
-
- ProcServerIntf - Interface in jargon
-
Interface implemented by the remote calculation engine.
- push(String, Object) - Method in class jargon.Lifo
-
Push a new node object on top of the Lifo stack
- push(String, Object, String) - Method in class jargon.Lifo
-
Push a new node object with a type on top of the Lifo stack
- push(String, Object, String, String) - Method in class jargon.Lifo
-
Push a new node object with a type and an "OSname" on top of the Lifo stack
- push(String, int) - Method in class jargon.Lifo
-
Push a new integer on top of the Lifo stack
- push(String, float) - Method in class jargon.Lifo
-
Push a new float on top of the Lifo stack
- push(String, double) - Method in class jargon.Lifo
-
Push a new double on top of the Lifo stack
- push(String, boolean) - Method in class jargon.Lifo
-
Push a new boolean on top of the Lifo stack
- put(String, Object) - Method in class jargon.Jlcm
-
Store an elementary block of information in a dictionary-type
Jlcm object.
- put(int, Object) - Method in class jargon.Jlcm
-
Store an elementary block of information in a list-type Jlcm object.
- satureInit - Variable in class jargon.Evo
-
set to true to save the saturated initial number densities in
the LCM structure embedded in the Evo object.
- save - Variable in class jargon.Edition
-
specify that the fluxes, the macroscopic and microscopic cross sections
and the volumes corresponding to homogenized regions are to be saved
on the embedded LCM structure.
- scr - Variable in class jargon.Mccg
-
set to true/false to activate/desactivate the SCR
preconditioning of inner iterations in case where a transport solution
is selected.
- sect - Variable in class jargon.Gigogne
-
sectorization index.
- ServerFrame - Class in jargon
-
This class is a JFC/Swing based window for managing a ThreadPool object.
- setAutopBurnupList(float[]) - Method in class jargon.SimpleCompo
-
set the burnup steps in MYday/Tonne corresponding to the
self-shielding calculations.
- setBase(String, int[]) - Method in class jargon.SimpleCell
-
set the polynomial basis for the finite element method.
- setBurnupList(float[]) - Method in class jargon.SimpleCompo
-
set the burnup steps in MYday/Tonne corresponding to the flux
calculations.
- setChi(Composition, float[]) - Method in class jargon.Macrolib
-
set the fission spectrum in a medium.
- setCluster(Gigogne[], int[], float[], float[]) - Method in class jargon.Gigogne
-
define a cluster.
- setCluster(Gigogne[], int[], float[], float[], float[]) - Method in class jargon.Gigogne
-
define a cluster with non unigorm angular separation between the pins
- setComposition(Isotope[], float[]) - Method in class jargon.Composition
-
definition of Isotope-type components.
- setComposition(float, Isotope[], float[]) - Method in class jargon.Composition
-
definition of Isotope-type components.
- setComposition(Composition[], float[]) - Method in class jargon.Composition
-
definition of Composition-type components.
- setCylinder(String) - Method in class jargon.SimpleCell
-
set the type of cylinderization for approximations "ROTH"
and "ROT+" in Sybil.
- setDepl(float, float, String, String, float) - Method in class jargon.Evo
-
a burnup calculation between an initial and a final time must be
performed.
- setDiff(Composition, float[]) - Method in class jargon.Macrolib
-
set the isotropic diffusion coefficients in a medium.
- setEdit(int) - Method in class jargon.SimpleCell
-
set the edition index for this computational scheme.
- setEdit(int) - Method in class jargon.SimpleCompo
-
set the edition index for this computational scheme.
- setFixe(Composition, float[]) - Method in class jargon.Macrolib
-
set the fixed sources in a medium.
- setGeometry(String) - Method in class jargon.Gigogne.Bihet
-
set the geometric type of micro structures.
- setGigogne(Gigogne) - Method in class jargon.SimpleCell
-
set the geometry.
- setGigogne(Gigogne) - Method in class jargon.SimpleCompo
-
set the geometry.
- setGlobal(String, String) - Method in class jargon.Compo
-
set a new global parameter.
- setGlobal(String, String, String) - Method in class jargon.Compo
-
set a new user-defined global parameter.
- setGlobal(String, String, Microlib, Composition) - Method in class jargon.Compo
-
set a new temperature-type global parameter.
- setGlobal(String, String, Isotope, Microlib, Composition) - Method in class jargon.Compo
-
set a new isotopic concentration-type global parameter.
- setGlobal(String, String, Autop, Composition) - Method in class jargon.Compo
-
set a new temperature-type global parameter.
- setGlobal(String, String, Isotope, Autop, Composition) - Method in class jargon.Compo
-
set a new isotopic concentration-type global parameter.
- setHFactor(Composition, float[]) - Method in class jargon.Macrolib
-
set the power factors in a medium.
- setIrset(float, int) - Method in class jargon.Isotope
-
set the Goldstein-Cohen parameters.
- setIsotopesEdit(Isotope[]) - Method in class jargon.SimpleCompo
-
set the particularized isotopes of the outout Compo object.
- setLeakType(String[]) - Method in class jargon.SimpleCell
-
set the type of leakage approximation for the flux calculation.
- setLifo(Lifo) - Method in class jargon.Cle2000
-
attach a lifo stack to the Cle2000 object
- setLocal(String, String) - Method in class jargon.Compo
-
set a new local parameter.
- setLocal(String, String, Isotope) - Method in class jargon.Compo
-
set a new isotopic concentration-type local parameter.
- setMacrolib(Macrolib) - Method in class jargon.SimpleCell
-
set the cross section information.
- setMaxr(int) - Method in class jargon.SimpleCell
-
set the number of computer words used in the dynamic allocation
algorithm of the tracking operator.
- setMicrolib(Microlib) - Method in class jargon.SimpleCompo
-
set the cross section information.
- setMixture(Composition, Composition, float[], Composition[][]) - Method in class jargon.Gigogne.Bihet
-
set a single double-heterogeneity media.
- setNormalizationFactor(float) - Method in class jargon.SimpleCompo
-
set the normalization factor.
- setNuSigf(Composition, float[]) - Method in class jargon.Macrolib
-
set the macroscopic fission cross sections multiplied by the
average number of neutron produced per fission in a medium.
- setOption(String) - Method in class jargon.SimpleCell
-
set the type of flux calculation.
- setParam(String, float) - Method in class jargon.Compo
-
set a float-value type global parameter
- setParam(String, int) - Method in class jargon.Compo
-
set a integer-value type global parameter
- setParam(String, String) - Method in class jargon.Compo
-
set a String-value type global parameter
- setRadius(float[]) - Method in class jargon.Gigogne.Bihet
-
define the radius for a single type of micro-structure.
- setRibox(int) - Method in class jargon.Isotope
-
define the energy groups where the "Ribox"
self-shielding model is used.
- setRibox() - Method in class jargon.Isotope
-
Physical probability tables are used in all groups.
- setSave(float, String, String, float) - Method in class jargon.Evo
-
the current isotopic concentration and the microscopic reaction rates
resulting from the last transport calculation will be normalized and
stored on the embedded LCM structure in a sub-directory corresponding
to a specific time.
- setSave(String) - Method in class jargon.Evo
-
the current isotopic concentration and the microscopic reaction rates
resulting from the last transport calculation will not be stored in the
embedded LCM structure.
- setScat(Composition, int, int, float[], int, int) - Method in class jargon.Macrolib
-
set the Legendre order-ordered scattering information for each secondary
energy group jg.
- setSet(float, String) - Method in class jargon.Compo
-
set the time flag
- setSet(float, String) - Method in class jargon.Evo
-
recover the isotopic concentration already stored in the embedded
LCM structure from a sub-directory corresponding to a specific time.
- setSimpleSS(String, Isotope, Composition[]) - Method in class jargon.Autop
-
activate the simplified self-shielding approximation in which a
single self-shielded isotope is shared by many resonant mixtures.
- setSimpleSS(String, Isotope) - Method in class jargon.Autop
-
activate the simplified self-shielding approximation in which a
single self-shielded isotope is shared by many resonant mixtures.
- setSolutionType(String) - Method in class jargon.SimpleCell
-
set the type of solution algorithm.
- setSolutionType(String) - Method in class jargon.SimpleCompo
-
set the type of solution algorithm.
- setTempFuelList(float[]) - Method in class jargon.SimpleCompo
-
set the fuel temperatures used as global parameters.
- setTempWaterList(float[]) - Method in class jargon.SimpleCompo
-
set the moderator temperatures used as global parameters.
- setThreadPool(ThreadPool) - Method in class jargon.SimpleCompo
-
set the ThreadPool.
- setTotal(Composition, float[]) - Method in class jargon.Macrolib
-
set the macroscopic total cross sections in a medium.
- setTranc(Composition, float[]) - Method in class jargon.Macrolib
-
set the macroscopic transport correction cross sections in a medium.
- setType(String) - Method in class jargon.SimpleCell
-
set the type of multicell approximation for Sybil.
- setVolume(float) - Method in class jargon.SimpleCompo
-
set the volume of the complete domain.
- Sfun - Class in jargon
-
Collection of special functions.
- SimpleCell - Class in jargon
-
This class is an example implementation of a computational scheme
dedicated to a single flux calculation.
- SimpleCell(String) - Constructor for class jargon.SimpleCell
-
Use this constructor to create a new SimpleCell object.
- SimpleCompo - Class in jargon
-
This class is an example implementation of a computational scheme
dedicated to the construction of a multi-parameter reactor database.
- SimpleCompo(String) - Constructor for class jargon.SimpleCompo
-
Use this constructor to create a new SimpleCompo object.
- sin(Complex) - Static method in class jargon.Complex
-
Returns the sine of a Complex.
- sinh(Complex) - Static method in class jargon.Complex
-
Returns the hyperbolic sine of a Complex.
- sinh(double) - Static method in class jargon.Sfun
-
Returns the inverse (arc) hyperbolic sine of a double.
- skip - Variable in class jargon.Asm
-
set to true to specify that only the reduced collision
probability matrix is to be computed.
- skip - Variable in class jargon.Trivaa
-
set to true to skip the system matrix assembly but
to perform the L-D-LT factorization.
- solution - Variable in class jargon.Autop
-
type of flux solution technique used within the self-shielding
model.
- solution - Variable in class jargon.Evo
-
numerical method used to solve the depletion (or Bateman) equations.
- sph - Variable in class jargon.Autop
-
set to true to activate the SPH equivalence or Livolant-Jeanpierre
scheme which modifies the self-shielded averaged neutron fluxes in
heterogeneous geometries.
- sph - Variable in class jargon.Edition
-
a superhomogenization (SPH) model is used to correct the integrated
fluxes and the homogenized/condensed cross sections.
- splitr - Variable in class jargon.Gigogne
-
number of zones that will be considered for each region along the
radial direction.
- splitx - Variable in class jargon.Gigogne
-
number of zones that will be considered for each region along the
X-axis
- splity - Variable in class jargon.Gigogne
-
number of zones that will be considered for each region along the
Y-axis
- splitz - Variable in class jargon.Gigogne
-
number of zones that will be considered for each region along the
Z-axis
- sqrt(Complex) - Static method in class jargon.Complex
-
Returns the square root of a Complex,
with a branch cut along the negative real axis.
- startThread() - Method in class jargon.Procedure
-
Start a thread named "Procedure Thread" to execute the procedure.
- subgeo - Variable in class jargon.Gigogne
-
sub-geometry associated with each region inside the geometry.
- suffix - Static variable in class jargon.Complex
-
String used in converting Complex to String.
- Sybil - Class in jargon
-
The Sybil tracking operator produces a Jlcm structure containing the
energy-independent numerotation information required to solve the
integral transport equation using 1D collision probabilities and/or
the interface current method (Eurydice).
- Sybil(String) - Constructor for class jargon.Sybil
-
Use this constructor to create a new Sybil object.
- symm - Variable in class jargon.Excell
-
index describing the rotation symmetry of the geometry.
- tan(Complex) - Static method in class jargon.Complex
-
Returns the tangent of a Complex.
- tanh(Complex) - Static method in class jargon.Complex
-
Returns the hyperbolic tanh of a Complex.
- tanh(double) - Static method in class jargon.Sfun
-
Returns the hyperbolic tangent of a double.
- temperature - Variable in class jargon.Composition
-
temperature in Celsius of the medium.
- text(Microlib) - Method in class jargon.Autop
-
print the operator data in a form compatible with REDGET.
- text(Microlib) - Method in class jargon.Gigogne
-
print the operator data in a form compatible with REDGET.
- text(Macrolib) - Method in class jargon.Gigogne
-
print the operator data in a form compatible with REDGET.
- text() - Method in class jargon.Mccg
-
- text() - Method in class jargon.Operator
-
print the operator data in a form compatible with REDGET.
- thermalEps - Variable in class jargon.Flux
-
convergence criterion for flux components in the thermal iteration.
- thermalMax - Variable in class jargon.Flux
-
maximum number of thermal (up-scattering) iterations.
- thread - Variable in class jargon.Procedure
-
Thread object used to run the procedure.
- ThreadPool - Class in jargon
-
This class is used to create and manage a pool of threads.
- ThreadPool(String[]) - Constructor for class jargon.ThreadPool
-
Use this constructor to create a ThreadPool object with a
predefined number of servers.
- ThreadPool() - Constructor for class jargon.ThreadPool
-
Use this constructor to create a ThreadPool object without
setting the servers.
- times(Complex, Complex) - Static method in class jargon.Complex
-
Returns the product of two Complex objects, x*y.
- times(Complex, double) - Static method in class jargon.Complex
-
Returns the product of a Complex object and a double, x*y.
- times(double, Complex) - Static method in class jargon.Complex
-
Returns the product of a double and a Complex object, x*y.
- times(Complex) - Method in class jargon.Complex
-
Returns the product of this Complex object and another Complex object, this*y.
- times(double) - Method in class jargon.Complex
-
Returns the product of this Complex object and a double, this*y.
- timesReverse(double) - Method in class jargon.Complex
-
Returns the product of a double and this Complex, x*this.
- title - Variable in class jargon.Tracking
-
user-defined title for the tracking.
- toString() - Method in class jargon.Complex
-
Returns a String representation for the specified Complex.
- toString() - Method in exception jargon.JargonException
-
overrides the toString() method in Throwable.
- Tracking - Class in jargon
-
This is the abstract subclass for all the tracking operators
available in the jargon package.
- Tracking() - Constructor for class jargon.Tracking
-
- traCor - Variable in class jargon.Autop
-
set to true to activate the transport correction option for
self-shielding calculations.
- trak - Variable in class jargon.Excell
-
type of tracking parameters.
- Trivaa - Class in jargon
-
The Trivaa operator produces a Jlcm object containing the multigroup
finite element mass and stiffness matrices required by the iterative
flux solution of Trivac.
- Trivaa(String) - Constructor for class jargon.Trivaa
-
Use this constructor to create a new Trivaa object.
- Trivac - Class in jargon
-
The Trivac tracking operator produces a Jlcm structure containing the
energy-independent numerotation information required to solve the
3D diffusion equation with Trivac.
- Trivac(String, String, int) - Constructor for class jargon.Trivac
-
Use this constructor to create a new Trivac object in hexagonal geometry.
- Trivac(String, String, int[]) - Constructor for class jargon.Trivac
-
Use this constructor to create a new Trivac object in Cartesian geometry.
- turn - Variable in class jargon.Gigogne
-
orientation of the cells in a Cartesian or hexagonal assembly.
- type(String) - Method in class jargon.Jlcm
-
Return the type of a block of information in a dictionary-type
Jlcm object.
- type(int) - Method in class jargon.Jlcm
-
Return the type of a block of information in a list-type Jlcm object.
- type - Variable in class jargon.Microlib
-
type of microlib processing.
- type - Variable in class jargon.Sybil
-
type of multicell approximation.
- typeNode(String) - Method in class jargon.Lifo
-
Return the type of the node associated with a given name.
- typeNode(int) - Method in class jargon.Lifo
-
Return the type of the node at a given position.